- RIUKAI TECHNOLOGY has 25+ years of experience in the field of environmental testing equipment testing to meet the needs of our customers.
Ultra-Fast Thermal Shock Chamber
Ultra-Fast Thermal Shock Chamber
Model:RK-TS-FF
Main Parameters:
Name:Ultra-Fast Thermal Shock Chamber
Brand:RIUKAI
Temperature Range: -60°C to +150°C
No Load Accuracy: ±1.0°C
Display Accuracy: 0.1°C
Stability: ≤0.5°C
Temperature Overshoot Control: ≤1.0°C
The RK-TS-FF Ultra-Fast Thermal Shock Chamber offers precision and efficiency for testing materials and components under rapid and extreme temperature shifts. With advanced temperature control and a user-friendly interface, this chamber is perfect for industries requiring high-performance testing, including electronics, automotive, aerospace, and materials science.
Key Features:
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Temperature Range: Experience rapid testing with a wide range from -60℃ to +150℃, making it ideal for evaluating materials under both low and high-temperature extremes.
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Accuracy & Stability: The chamber provides no load accuracy of ±1.0℃, display accuracy of 0.1℃, and stability of ≤0.5℃, ensuring precise and reliable test conditions.
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Temperature Overshoot Control: Keeps temperature overshoot at ≤1.0℃, minimizing the risk of damage to samples and providing consistent testing conditions.
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Flexible Airflow Control: Adjustable statistical airflow output between 5 to 17 scfm (141-481 L/min) allows fine-tuned environmental simulation for various material tests.
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Dual Temperature Control: Gas and sample temperatures can be switched, offering flexibility to simulate real-world conditions.
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Advanced Temperature Sensor: Equipped with a T-type thermocouple for accurate temperature measurement.
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Touchscreen Operation: Easy-to-use touch screen interface for seamless setup and real-time monitoring of the temperature settings.
Applications:
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Material Testing: Ideal for evaluating materials like metals, plastics, and composites under rapid temperature changes.
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Electronics & Automotive: Test components such as circuit boards, semiconductors, and automotive parts for reliability and performance.
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Aerospace & Defense: Simulate the temperature extremes encountered in aerospace applications to ensure part durability.
| Equipment model | RK-TS-FF | |||
| Outer box size (w * h * d) | 650*1200*900mm | |||
| Temperature range | -60℃~+150℃ | |||
| No load accuracy | ±1.0℃ | |||
| Display accuracy | 0.1℃ | |||
| Stability | ≤0.5℃ | |||
| Temperature overshoot control | ≤1.0℃ | |||
| Statistical airflow output | 5 ~ 17scfm (141-481l / min) adjustable | |||
| Temperature control | Gas temperature and sample temperature can be switched | |||
| Temperature sensor | T-type thermocouple | |||
| Operation interface | touch screen | |||
| Operation mode | Program mode and setting mode | |||
| Status display | Temperature setting and real-time display | |||
| Data storage | Data files can be stored on the USB flash disk | |||
| Communication mode | Network interface, USB, RS484 (provide third-party communication protocol) | |||
| Data record | Data can be recorded in a file or transferred to a computer | |||
| Mobility flexibility | With 4 rotating castors | |||
| Calibration mode | Manual calibration | |||
| Supply gas | The temperature is 20 ℃ ~ 25 ℃, and the dew point is below – 10 ℃ | |||
| Standard system configuration | Gas transmission pipe | |||


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